Overview
The TAISITE MFLC-8/16P ceramic muffle furnace is a high temperature experimental equipment with a maximum temperature of 1600 ° C. It adopts an all-in-one lightweight and compact design. Its core is a vacuum-formed polycrystalline mullite fiber furnace and silicon molybdenum rod heating element, combined with a High Accuracy microcomputer PID temperature controller and S-type Thermocouple, to achieve precise temperature control, with temperature control accuracy of +/- 1 ° C.
Features
1. Integrated design, lightweight and compact structure.
2. Vacuum forming polycrystalline mullite fiber furnace, good thermal insulation effect.
3. Parallel side open furnace door design keeps the hot end away from the operator.
4. Equipped with safety functions such as door opening and power failure, reset delay, etc.
5. Double shell air insulation, low surface temperature.
6. An exhaust device is provided to facilitate sample ashing.
7. High Accuracy Microcomputer Thermostat Combined with Precision Sensor for Accurate Temperature.
8. Dedicated function keys enable temperature setting, making operation convenient.
9. Auxiliary menu provides over-rise alarm, deviation correction, menu lock, over-rise prevention and other functions.
10. High safety, integrated with multiple protections such as over-lift alarm, menu locking, over-lift prevention, power failure when opening the door, and delay when restarting.
Principle
The muffle furnace adopts the principle of resistance heating, and the heat is generated by the silicon molybdenum rod as the heating element. The heat is effectively insulated by the vacuum forming polycrystalline mullite fiber furnace and acts evenly inside the furnace. The temperature control system monitors the temperature in the furnace in real time through the S-type Thermocouple, and feeds back the signal to the microcomputer PID temperature controller. The temperature controller precisely adjusts the Heating power through the PID algorithm according to the deviation of the set temperature and the measured temperature, so as to realize fast and stable temperature control.
Applications
Material sintering, ashing experiment, high temperature heat treatment, ceramic processing, laboratory analysis
Standards
The data did not mention specific compliance criteria
Steps
1. Connect the AC380V power supply.
2. Set parameters (e.g. temperature, program, timing) by tapping the five buttons.
3. Select the running mode (fixed-value running or program running).
4. Start the equipment to start heating.
5. During the experiment, the temperature and status can be monitored through a dual-line LED display.
6. After the experiment is completed, after the furnace temperature has dropped to a safe range, open the furnace door and remove the sample.
7. Turn off the power.
Notice
• The device needs to use AC380V power supply, please make sure the power supply matches.
• The furnace body is at high temperature, and protective equipment needs to be worn during operation to avoid burns.
When opening the furnace door on the parallel side, pay attention to the position of the hot end and maintain a safe distance.
• When opening the door, the device will automatically power off. There will be a delay in repowering after closing the furnace door. Please do not force the operation.
• When the furnace is at high temperature, do not put flammable and explosive items.
• When using the exhaust hole, ensure smooth exhaust and pay attention to high temperature exhaust.
• Regularly check whether safety devices such as overcurrent and leakage protection switches are normal.
• The equipment is heavy (gross weight 130kg), so pay attention to safety when moving and installing.
• Do not change the key parameters of the lock menu at will while the device is running.
• Before the program runs, please carefully confirm that the program Linear dispersion setting is correct.
